Canada Navigates China's Green Tech Amid AI Risks and National Security Concerns

China's renewable energy sector has undergone a dramatic transformation, with its combined wind and solar power capacity surpassing coal for the first time in 2025. This milestone signifies that building new wind or solar farms is now cheaper than operating existing coal plants across most of the country. Lei Zhang, head of Envision, a leading wind turbine manufacturer, describes this as a "civilizational shift." Envision is seeking to export its advanced wind power technology to Canada, presenting a potential partnership opportunity as Canada plans to double its energy grid capacity within the next 15 years. Prime Minister Mark Carney has expressed interest in replicating China's Gobi Desert model of large-scale, AI-managed wind hubs in remote areas. However, the prospect of integrating Chinese artificial intelligence (AI) into Canada's critical energy infrastructure has raised significant national security and ethical questions.

Ontario Premier Doug Ford has voiced apprehension, warning that integrating Chinese AI technology could grant a geopolitical rival a potential "kill switch" over Canada's power supply. The concern extends beyond purchasing turbines; it could involve adopting a Chinese operating system for critical national infrastructure, raising data security and exploitation worries. This dual strategy by China, rapidly expanding renewables while continuing to approve new coal plants for energy security, presents a complex landscape for potential collaborators like Canada. Greenpeace China suggests this dual approach highlights Beijing's continued reliance on coal as a security blanket against potential shortages.

The Critical Role of AI in Modern Energy Grids and Beyond

The increasing reliance on intermittent renewable sources necessitates sophisticated energy management systems. AI is becoming indispensable for managing the complexity of smart grids, coordinating fluctuating energy supply and demand, and integrating massive battery storage solutions. Envision's green hydrogen production facility in China's Gobi Desert exemplifies this approach, offering an off-grid system where industries can directly tap into renewable energy sources. For the rest of China, this clean energy hydrogen is shipped out via pipeline, providing a low-cost fuel. Envision's Lei Zhang sees this transition as an inevitability, driven by hard facts rather than political directions, with the reward being cheaper, cleaner energy that could power Canada for a century, though the risk lies in becoming dependent on a rival's AI to maintain power.

Beyond energy, AI's integration into daily life is rapidly expanding, prompting broader discussions on ethical implications. OpenAI is implementing safety improvements in its new models, while AI bots are now conducting job interviews, raising concerns about impersonality and the potential for bias. Ribbon AI, a company specializing in AI interviewer software, states its system does not analyze candidate emotions, focusing instead on performance metrics.

AI's Pervasive Influence: Education, Wearables, and Scams

A KPMG study found that 73% of Canadian post-secondary students use generative AI for schoolwork, citing research and assignment completion benefits, but nearly half report a decline in critical thinking skills. Educators are grappling with AI's role as a potential crutch or a valuable learning augmentation tool. AI-powered digital personas are emerging in classrooms, such as Kia at Simon Fraser University, designed to teach AI ethics.

Tech giants are heavily investing in AI-enabled wearable devices, particularly smart glasses, aiming to seamlessly integrate AI assistants into daily life. Companies like Meta, Google, Apple, Xiaomi, and Snap are developing devices that offer convenience for tasks like hands-free recording and information access, despite user concerns about privacy and comfort.

The proliferation of AI has also fueled sophisticated scams. Recent reports highlight YouTube ads featuring deepfakes of Prime Minister Mark Carney promoting cryptocurrency schemes. These ads often link to fake news articles, complete with AI-generated images and fake comments, designed to lure victims into fraudulent investment platforms like "Canarivex." These fake articles often use the bylines of real journalists, such as Kyle Bax, to lend a false sense of credibility. Real CBC News stories, it is emphasized, will never endorse investments, goods, or services.

Prediction Markets: A Blurred Line Between Insight and Gambling

Simultaneously, prediction markets, platforms where users can bet on the outcome of real-world events, have exploded in popularity. Companies like Kalshi and Polymarket process billions in daily trades, covering everything from sports and entertainment to elections and even war. While proponents argue these markets aggregate information and provide truthful insights, critics, including licensed clinical psychologist Andrew Kim, classify them as another form of gambling, citing structural similarities and the potential for addiction and real-world harms. The ease of access, even with VPNs for banned contracts, and the design mimicking financial trading apps, contribute to their appeal and potential for misuse.

Concerns have been amplified by events like the U.S.-Israel and Iran war, where users speculated on conflict-related outcomes. Suspicion of insider trading has arisen, with one Polymarket account reportedly making over $515,000 on an Iran strike contract minutes before the news broke publicly. Both Kalshi and Polymarket now ban insider trading, but the potential for manipulation remains. In Canada, short-term binary options are largely prohibited, though users can circumvent these rules. Wealthsimple has become the second Canadian company to receive approval for a limited prediction market, with restrictions on certain contract types.

US lawmakers have introduced bills to ban sports event contracts and casino-style games on prediction markets, and Arizona's attorney general has filed criminal charges against Kalshi for operating an illegal gambling business. These platforms assert their value in providing truthful insights, but the line between market prediction and gambling remains blurred, with potential for influence peddling and manipulation.

Deep Space Exploration: Artemis II and the Human Body

At Vancouver's H.R. Macmillan Space Centre, children dream of becoming astronauts, inspired by the Artemis II mission. Canadian astronaut Jeremy Hansen, proud of his crew's work, described the lunar mission as a test flight around the far side of the moon to assess equipment and human survival. He noted the inspiration the mission provided, akin to the Apollo missions of the 1960s. The next Artemis mission will focus on docking tests with private company spaceships, while Artemis 4 aims for a lunar landing with a week-long astronaut stay. Scientists are examining the toll space travel has taken on the astronauts and the Orion capsule, with results crucial for future Artemis journeys, the next of which is scheduled for next year.

The Artemis II mission is investigating the effects of deep space on astronauts, focusing on radiation, microgravity, and cognitive function. NASA is utilizing advanced technologies like organ-on-a-chip systems (Avatar) and a smartwatch (ARCHER) to gather data on radiation exposure, immune system responses, and mental well-being. Circling the Earth for eight days, Canada's Roberta Bonder experienced radiation, but deep space poses a greater danger due to the lack of Earth's magnetic field protection. To measure this, Orion is equipped with six new radiation sensors. Avatar, a virtual astronaut tissue analog response system, uses astronaut cells to simulate bone marrow responses to radiation and microgravity, with potential applications for radiation therapy patients on Earth. Space flight can also cause reactivation of dormant viruses, like shingles, which Artemis astronauts will track via saliva samples. The confined environment of a spacecraft can lead to cognitive burden, which ARCHER, a space-age smartwatch, helps monitor by gathering behavioral data. Changes in vision, as described by astronauts seeing different shades of colors on the moon, are also being studied. Roberta Bonder noted that microgravity affected her eyesight, reducing her need for glasses during her flight, a finding that could have implications for Earth-based medical treatments.

Broader Technological Trends and Economic Realities

The discussion around advanced technology also touches on other sectors. A proposed $70 billion data center campus near Grand Prairie, backed by Kevin O'Leary, is proceeding without a provincial environmental impact assessment, despite concerns from local First Nations leadership about transparency and the project's scale. Meanwhile, in Calgary, a job fair highlighted the challenges faced by young Canadians in a tough job market, with the unemployment rate for 15 to 24-year-olds at around 14% and a significant loss of jobs among this demographic.

In New Brunswick, Canada's second largest military base, Base Gagetown, is set to receive a generational investment of $172 million for infrastructure supporting a new ground-based air defense system, part of a $1 billion upgrade. The military is budgeting up to $5 billion for the system, which is being shaped by observations of drones in Ukraine and the Middle East. The Army's air defense capabilities have been significantly reduced since 2005, with the retirement of systems like the Javelin and the air defense anti-tank system in 2012. The invasion of Ukraine and the war in Iran have underscored the need for a layered air defense system capable of sensing, finding, and shielding against various threats, from sophisticated aerial attacks to less sophisticated drones.

Finally, Air Canada is piloting a new program to address its backlog of passenger complaints by using third-party arbitrators, a move aimed at speeding up resolutions, though experts caution for fairness and transparency in the process.